If you're looking for a laptop that's purely for crushing work without frivolous features eating its precious processing power, few are as simple yet effective as the HP OmniBook X Flip 2-in-1 laptop.

It's not going to win any design contests, but it will help you conquer your daily tasks with superb performance, detailed resolutions, and handy AI features, all of which are now 50% off for $699.99 at Best Buy for a limited time before it returns to its steep $1349.99 listing price on September 7, 2026.

Why buy the HP Omnibook X Flip 14"?

The HP OmniBook X Flip 16" 2-in-1 laptop is equipped with handy components like an AMD Ryzen AI 5 430 (2026) CPU, 16GB RAM, and a 512GB SSD.

While some of these components aren't as powerful as the ones found in the 14-inch version of the HP OmniBook X Flip we reviewed some time ago, they're still more than capable of handling daily workflow tasks, whether it's crunching numbers on spreadsheets, typing up long essays via Microsoft Office, researching info on the internet, and more.

It also features an NPU with 50 TOPS to help the laptop perform local AI tasks more efficiently, a 16-inch 2K OLED touchscreen to display images and videos with crisp detail and vibrant colors, and a long-lasting battery life of 30 hours so you can work for a whole day without worrying about it losing power.

Add on top a comfortable-to-use keyboard, a plethora of USB and HDMI ports, and stylus pen compatibility for easier note-taking or digital art sketching, and you've got a laptop that's worth the price of admission, especially now that it's 50% off for Best Buy's Labor Day Sale.

FAQ

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Gaming continues to improve on Windows 11 PCs powered by Snapdragon X chips. A recent Adreno GPU driver improves stability and quality for several titles, though the exact changes you'll see depend on if your system has a Snapdragon X chip or a Snapdragon X2 chip.

Well-known titles including Halo Infinite and Black Myth: Wukong are among the games that will benefit from the driver update for those with Snapdragon X2 processors. Avowed, Borderlands 4, and Dishonored 2 are among the library of games that will improve when running a Snapdragon X chip.

Windows 11 PCs powered by Snapdragon processors have come a long way. A massive library of apps now run natively on Windows 11 on Arm and emulation has improved to fill remaining gaps.

While there are pieces of enterprise and legacy software that do not work with Windows 11 on Arm, the biggest remaining gap is gaming.

In both our own testing of Snapdragon X gaming support and game compatibility testing by Ghobso Gaming show that games can perform well on Snapdragon X systems. But there are still titles that are not supported or that are poorly optimized. For example, Halo: Campaign Evolved has a major texture bug that basically makes the game unplayable on Windows 11 on Arm.

Easy Anti-Cheat is now supported, as is Logitech G HUB. Many games now perform better on Snapdragon X systems, but I think it's safe to call it a work in progress.

There are two change logs to go through, one for Snapdragon X and one for Snapdragon X2, both of which were shared on Reddit by user "lexcyn":

Snapdragon X Series Platforms: Game Stability/Quality Improvements

• Avowed
• Borderlands 4
• Dishonored 2
• Dishonored: Death of the Outsider
• DREDGE
• Nobody Wants to Die
• RoboCop: Rogue City - Unfinished Business
• Seven Deadly Sins: Origin
• Split Fiction
• Squad

Snapdragon X2 Series Platforms: Game Stability/Quality Improvements

• 007 First Light
• Black Myth: Wukong
• Borderlands 3
• Dishonored 2
• Dishonored: Death of the Outsider
• F1 2022
• Granblue Fantasy: Relink
• Hades 1
• Halo Infinite
• Hollow Knight
• It Takes Two
• Lies of P
• Seven Deadly Sins: Origin
• Split Fiction
• Star Wars Outlaws
• Yakuza Kiwami 3

Qualcomm and Microsoft continue to work on the gaming experience on Snapdragon X systems. A recent update to Snapdragon Control Panel redesigned game library navigation and improved the software experience.

The Snapdragon X2 Elite Extreme and other Snapdragon X2 chips are more powerful, allowing them to better handle modern games.

When announcing those chips, Qualcomm did not mention gaming in its press release, but it's clear that the company has plans to power gaming PCs with its Snapdragon X processors. ASUS took a different approach and listed the Zenbook A16, highlighting its gaming capabilities.

As more games are optimized and supported, gaming on Windows 11 on Arm will trend upward.

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Nobody can accuse Lenovo of lacking imagination.

Over the last several years, the company has become the PC industry's unofficial concept lab, routinely showing off hardware that seems pulled from science fiction. We've seen rollable displays that grow taller, gaming laptops that transform into ultrawide displays, foldable PCs, attachable screens, rotating displays, and enough unusual form factors to make even the most adventurous laptop enthusiast pause for a moment.

Some of those ideas have remained concepts. Others have eventually become real products. The ThinkBook Plus Gen 6 Rollable (yes, they actually ship some of these!) is perhaps the best example, evolving from an eye-catching prototype into an actual shipping device. But even as Lenovo's concepts have become increasingly impressive from an engineering perspective, I've often found myself wondering how many of them actually solve a problem that regular laptop buyers have. Making a display expand is certainly cool. Convincing people they need it is the harder challenge.

That's why Project Swan immediately stood out to me.

Officially, it's another Lenovo proof-of-concept device, but after spending time with it in person, I came away thinking this may be the company's most practical display concept yet. Not because it's the most ambitious, but because it's arguably the least ambitious.

And that's exactly why it works.

Lenovo finally found a sensible use for a rollable display?

The Lenovo ThinkBook Project Swan begins life as a fairly normal-looking 14-inch laptop.

At 17.9mm thick and weighing 1.6kg (3.5lbs), it isn't trying to break weight records or compete with ultra-premium featherweight notebooks (like Lenovo's new AeroBlade concept). Instead, the focus is on creating a laptop that's comfortable to carry throughout the day while offering something extra when users return to their desk, settle into a hotel room, or need more space for serious work.

That "something extra" is a rollable display that expands horizontally into a 17-inch 16:9 workspace.

Unlike Lenovo's previous rollable designs, which generally expanded vertically, Project Swan widens itself by extending the display out to the sides. It's all done with a touch of a button (see my video below), and it only takes a few seconds.

The result feels much more like using a traditional external monitor than using an experimental form factor. You suddenly have enough room for side-by-side documents, large spreadsheets, dashboards, presentations, browser windows, Teams chats, and everything else that tends to compete for space on a 14-inch screen.

The transformation is dramatic enough to get attention, but conservative enough to feel practical. During my hands-on session, that was the first thing that struck me about the device.

Many of Lenovo's earlier concepts felt designed to answer the question, "Can we do this?"

Project Swan feels far more interested in answering the question, "Would people actually want this?"

That's a subtle distinction, but it's an important one.

This feels like the next step in Lenovo's display experiments

Project Swan didn't emerge in a vacuum. In many ways, it feels like the natural evolution of everything Lenovo has been experimenting with over the last few years.

The ThinkBook Plus Gen 6 Rollable demonstrated that expandable OLED displays could successfully transition from concept to commercial product. Lenovo's Legion rollable gaming laptop concept showed how flexible displays could create an ultrawide experience without requiring users to carry an enormous machine. Other projects explored foldable displays, secondary screens, and entirely new ways of interacting with PCs.

As impressive as many of those concepts were, some occasionally felt like technology showcases first and products second.

Project Swan reverses that equation.

Rather than dramatically changing how people interact with a laptop, it simply gives them more screen real estate when they need it and gets out of the way when they don't. That's a much easier benefit for consumers to understand and, perhaps more importantly, a much easier benefit to justify paying for.

After all, most people already know the dilemma.

A 14-inch laptop is ideal for travel. A larger display is ideal for work.

Project Swan attempts to deliver both.

The idea makes sense. The challenges are obvious.

That isn't to say there aren't trade-offs.

The first thing I noticed when using the expanded display was that the system becomes somewhat top-heavy. That's hardly surprising given the additional display hardware housed in the lid, but it was noticeable enough that I'd expect Lenovo's engineers to still be looking at ways to refine the balance.

Pricing is another obvious concern.

Rollable OLED displays aren't cheap (it's $3,499 for the ThinkBook Plus Gen 6 Rollable), and if Project Swan ever becomes a commercial product, it's almost certainly going to carry a premium compared to a traditional clamshell laptop. The value proposition may be easier to understand than some other concept devices, but consumers still need to be convinced that expandable screen space is worth the additional cost.

Then there's the question everyone asks whenever a company unveils a rollable or foldable display.

How durable is it?

Flexible OLED technology has improved dramatically over the last few years, but long-term reliability remains an important consideration. How will the mechanism hold up after years of daily use? What happens after thousands of expansion cycles? Will buyers trust a laptop that contains moving display components?

The technology may be ready, but consumer confidence isn't something that can be engineered overnight.

The bigger question is whether people want these new form factors

That's really the challenge facing every laptop manufacturer right now.

The industry has spent years experimenting with alternatives to the traditional clamshell design. Foldable PCs promised tablet-sized displays that fit inside a laptop footprint. Dual-screen systems like the Lenovo Yoga 9i attempted to replace physical keyboards with additional displays. Rollable devices have explored several different directions entirely.

Some enthusiasts love these ideas, but many consumers remain perfectly happy with the laptops they already own.

That's what makes Project Swan so interesting to me. It isn't asking users to learn a new workflow or completely rethink how they use a PC. Instead, it's enhancing something people already understand: bigger screens are often better, but bigger laptops are harder to carry.

Whether that argument ultimately resonates with buyers remains an open question, but it's certainly the clearest pitch Lenovo has made for a rollable display so far.

Lenovo deserves credit for keeping the experimentation alive

Even if Project Swan never reaches store shelves, I appreciate what Lenovo is doing here.

The PC industry can sometimes become obsessed with processor upgrades, AI features, and specification sheets while overlooking more fundamental questions about how people actually use their devices. Lenovo's concepts consistently ask those questions, even when the answers occasionally seem, well, strange.

What's refreshing about Project Swan is that it feels grounded in reality. The company isn't trying to reinvent personal computing or create an entirely new category. Instead, it's exploring a straightforward idea that almost everyone who has worked on a laptop can relate to.

Sometimes you want a compact machine for travel.

Sometimes you wish that same machine had a much larger screen.

Project Swan is the most convincing attempt I've seen yet to bridge that gap.

I still have concerns about durability, balance, pricing, and whether consumers are truly interested in another alternative laptop design. But after trying it for myself, I'm more optimistic about this concept than many of Lenovo's previous experiments.

Ironically, that's because it feels less ambitious. Rather than trying to change how we work, Project Swan simply gives us a little more room to do it.

And that may be exactly what makes it one of Lenovo's most promising concepts yet.

Let me know in the comments what you think about Project Swan. Should Lenovo continue to push this concept of an expanding display, or focus more on other ideas (and if so, which ones)?

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Competition for Apple's MacBook Neo is heating up.

Just days after Dell unveiled a new 14-inch laptop designed to take on Apple's latest mainstream notebook, Lenovo is entering the fight with something considerably more interesting: a laptop that lets you express your personality instead of forcing you to settle for silver, gray, or slightly darker gray.

I recently got to see Lenovo's new IdeaPad Vibe lineup in person in New York City, and while the company talked plenty about AI, processors, and battery life, the thing that immediately stood out to me was how different these laptops look compared to almost everything else on the market.

Most PC makers treat color options as an afterthought. Lenovo is making them the product.

The new IdeaPad Vibe will be available in seven Pantone-developed colors, including Chill Blue, Zen Green, Spicy Gold, Radiant Coral, Dreamy Violet, Lowkey Grey, and Moody Blue. Lenovo says the colors were developed alongside the Pantone Color Institute and are designed to reflect different moods, personalities, and lifestyles.

And that's just the beginning.

As shown in Lenovo's custom configurator (below), users will be able to mix and match chassis colors and keyboard colors to create something uniquely theirs. The company is also offering swappable custom keycaps, adding another layer of personalization that is virtually unheard of in the mainstream laptop space.

The configurator demo I saw almost felt like building a custom character in a video game rather than buying a laptop, and reminded me of the XBOX Design Lab for custom controllers.

In fact, my biggest complaint about the IdeaPad Vibe is that there might be too much choice.

That's obviously a good problem to have, but after looking through the various color combinations, shell finishes, and processor options, I could already imagine spending far too much time trying to decide which configuration to order (I know because I tried).

That's not a sentence I ever expected to write about a Windows laptop.

Of course, a laptop can't survive on colors alone, and thankfully Lenovo seems to have put together a genuinely compelling package underneath all that personality.

The IdeaPad Vibe comes in both 14-inch and 15-inch sizes and starts at just 1.3kg (2.87 pounds) for the smaller model. OLED display options are available with up to 100% DCI-P3 color coverage, while IPS models can offer refresh rates up to 120Hz.

Lenovo is also packing in practical features including dual SSD slots, Wi-Fi 7, USB-A and USB-C ports, HDMI, a MicroSD card reader, and a 5MP IR webcam with a privacy shutter.

AMD, Qualcomm or Intel (eventually)

Then there's the processor selection.

For launch, buyers can choose between AMD Ryzen AI 400 series configurations and Qualcomm Snapdragon X models (we're not clear on exactly which Snapdragon X chip, or even if it's X2), while Intel-based versions will arrive later. AMD models support up to 32GB of upgradeable memory and up to 1TB of SSD storage, while Snapdragon versions offer up to 24GB of memory and the same dual-slot storage flexibility.

Personally, I'd go Qualcomm.

We've reached a point where Snapdragon X PCs consistently deliver excellent everyday performance while also offering some of the best battery life available in the Windows ecosystem. The combination of a lightweight chassis, Copilot+ PC capabilities on supported configurations, and Qualcomm's efficiency makes the Snapdragon version particularly appealing to me.

That isn't to say AMD isn't tempting. AMD's advantage here is flexibility. The Ryzen AI configurations support memory upgrades up to 32GB and offer optional 50Wh or 65Wh battery configurations, making them attractive for enthusiasts who want more control over their hardware.

What impressed me most during my hands-on time wasn't any single specification. It was how cohesive the overall package felt.

The laptops looked premium, felt solid in the hand, and didn't come across as budget systems despite their surprisingly aggressive pricing. That's important because Lenovo isn't positioning the IdeaPad Vibe as a niche fashion accessory. This is meant to be a mainstream Windows laptop that happens to have far more personality than its competitors.

And right now, that may be enough to help it stand out.

Final thoughts

Apple's MacBook Neo has clearly encouraged PC makers to rethink the mainstream laptop category. Dell has already responded with its own fresh take on the formula with its just-announced Dell 14S, and now Lenovo is bringing something completely different to the table: customization.

Instead of asking buyers which shade of gray they prefer, Lenovo is asking what their "vibe" is.

That's a much more interesting question, even if a bit on the nose and a tad cringey.

The Lenovo IdeaPad Vibe with AMD processors launches in October 2026 starting at $699.99, while Qualcomm Snapdragon X models will follow in November 2026 with the same $699.99 starting price. Intel is only listed as coming later.

And after seeing them in person, I think Lenovo may have stumbled onto something other PC makers have forgotten: technology can be personal, but it can also be fun.

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I've seen a lot of concept PCs over the years.

Most are fascinating engineering exercises that are never destined for store shelves. They're designed to spark conversation, generate headlines, and give us a glimpse into what might be possible someday. Some do come to market, like rollable display PCs.

Lenovo's new Project AeroBlade concept feels different.

Officially, it's one of the company's latest proof-of-concept devices, unveiled as part of its annual wave of experimental hardware at IFA 2026. Unofficially? I think there's a very good chance we're looking at Lenovo's next big premium laptop platform.

After getting hands-on with AeroBlade, I walked away convinced this isn't some far-future moonshot. If you told me a shipping version appears within the next year, I wouldn't be surprised in the slightest.

And it can't happen soon enough.

Project AeroBlade is a 14-inch laptop that measures under 10 mm thin and weighs less than 830 grams (1.8lbs). That's lighter than many tablets with keyboard covers attached, yet Lenovo claims performance remains comparable to today's ThinkPad X1 Carbon class of Intel-powered laptops. According to Lenovo, the system achieves this through a completely reimagined thermal design built around its Active Flow cooling architecture developed alongside Frore Systems.

Those numbers don't really hit you until you pick it up.

The first thing that struck me wasn't the thickness. It was the weight. Or rather, the lack of it.

The AeroBlade almost feels unfinished when you lift it because your brain expects more mass. Premium laptops have gotten thinner over the last decade, but reducing weight has become increasingly difficult without introducing compromises. AeroBlade somehow manages to feel substantial and premium while remaining almost shockingly light.

Lenovo says the chassis uses a magnesium-aluminum construction paired with a high screen-to-body OLED display, Thunderbolt 4 connectivity, and Wi-Fi 7. On paper, it sounds like a modern flagship ultrabook. In person, it feels like somebody accidentally removed half the laptop. That's a compliment.

What makes AeroBlade truly interesting, however, isn't how thin it is; it's how Lenovo got there.

The fan is dead. Long live AirJet.

For decades, laptop cooling has largely followed the same formula.

A processor generates heat. Heat pipes move that heat toward a heatsink. One or more fans blow air through the system and out of vents.

The design has evolved, but the fundamentals haven't changed much.

Frore Systems wants to change that.

AirJet is a solid-state active cooling solution that replaces traditional laptop fans with tiny cooling chips that use vibrating membranes to generate airflow. Instead of spinning fan blades, AirJet creates high-velocity pulsating air jets that remove heat while operating at extremely low noise levels. Frore describes it as the world's first solid-state active cooling chip.

One AirJet Mini Slim module is only 2.65mm thick, consumes up to 1 watt of power, removes up to 5.25 watts of heat, and generates significantly higher back pressure than traditional fans. The technology was specifically designed for ultra-thin devices where conventional cooling becomes difficult or impossible.

The clever part is that these modules don't need the large internal spaces required by traditional fans.

Instead of designing a laptop around cooling hardware, manufacturers can distribute AirJet modules throughout the chassis in different locations.

That flexibility is both the technology's greatest strength and its biggest challenge.

During conversations at the event, it became clear why we've seen AirJet demonstrations for a few years but haven't yet seen a flood of mainstream laptops using it.

This isn't a simple parts swap.

OEMs have spent decades designing motherboards, thermal layouts, and internal structures around conventional fans. AirJet requires engineers to rethink much of that architecture. The cooling solution may be smaller, but integrating it properly involves substantial redesign work throughout the entire system.

That's a lot of engineering investment.

But judging by AeroBlade, the payoff might be worth it.

A laptop with almost no compromises

The most impressive thing about AeroBlade is that Lenovo doesn't appear to be treating fanless computing as a compromise.

Traditionally, when manufacturers build ultra-thin fanless systems, performance becomes the sacrifice. The device is quiet and portable, but sustained workloads eventually cause thermal throttling.

Lenovo's pitch is essentially the opposite.

The company believes Active Flow can deliver sustained AI and productivity performance without the compromises typically associated with fanless PCs. The only noise I noticed during my brief hands-on came under heavier workloads, where there was a faint whooshing sound from moving air. It was subtle enough that I had to actively listen for it.

What I didn't notice were intake vents covering the bottom of the chassis. Hooray!

That's because the cooling system works differently than traditional laptop designs. Air management has largely been pushed toward the rear of the system, creating a cleaner and more minimalist design.

The result is a device that feels almost impossibly refined, and that's why I think AeroBlade is a big deal.

Most laptop innovation over the last few years has focused on AI accelerators, NPUs, display tech, and silicon improvements. Those things are important, but they're largely invisible to users (well, maybe not displays, but still).

Cooling isn't.

Cooling defines thickness, weight, acoustics, sustained performance, battery behavior, and overall design flexibility.

In many ways, cooling technology determines what kind of laptop manufacturers can build.

Lenovo could make impossibly thin and light (compared to what we are used to), or use that extra space for a larger battery for absurd laptop longevity. It opens a bunch of engineering doors and options.

The concept that doesn't feel like a concept

Lenovo loves showing proof-of-concept devices, and many never become products.

But the company's track record also shows that some of its most interesting concepts eventually make the jump to production after enough refinement (I'm hoping Lenovo's Legion handheld foldable concept is one of those).

AeroBlade feels like one of those projects. Indeed, this was my first question to Lenovo, as proof-of-concept is often wacky designs, rolling displays, dual displays ... things that look weird but could be useful.

Super thin and light laptop with no vents? Who wouldn't want this? I don't think we really need a focus group to see if it's a good idea!

The hardware already looks polished. The underlying technology exists. The user benefits are immediately obvious. And perhaps most importantly, the industry is constantly searching for ways to make laptops thinner, lighter, quieter, and more efficient.

AirJet checks every one of those boxes.

Will this technology replace fans in gaming laptops with RTX-class graphics anytime soon? Probably not.

But for premium ultraportables, enterprise notebooks, all-in-one desktops, handheld gaming PCs, and productivity-focused systems, I think we're looking at one of the most significant advances in PC design we've seen in years. (We've already openly wondered about Aerojet in a Steam Deck 2).

So, yeah, ironically, the biggest innovation at Lenovo's event wasn't AI.

It was airflow.

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NVIDIA has confirmed new details and availability info about its upcoming RTX Spark SoC for Windows 11 devices. At IFA 2026, the company announced that it expects the first RTX Spark laptops to begin shipping as soon as next month, sometime in October depending on the OEM. Additionally, two new devices are joining the launch lineup; the Lenovo Yoga 9n laptop and Acer SFF desktop PC.

Alongside availability news, NVIDIA has also confirmed configuration details for the upcoming RTX Spark chips. There will be two different configurations of the RTX Spark N1X, with configurable RAM and storage based on what OEMs wish to offer. The high-end RTX Spark will be targeted at desktops and laptops, with support for up to 128GB unified memory, 20 CPU cores, and 6144 Blackwell RTX cores.

There will also be a less powerful RTX Spark configuration exclusively for laptops, which can only be configured with 24GB or 32GB unified memory, a 5120-Core Blackwell RTX GPU, and an 18-core CPU. While still a high-end chip, this should allow RTX Spark to ship in laptops that cost closer to $2,000, significantly lower priced than the high-end SoC.

NVIDIA is touting RTX Spark as the best SoC for AI development on Windows. It supports NVIDIAs full AI stack, as well as the Windows Agent Framework and 120B parameter agents. It also supports hardware accelerated 4:2:2 video for video editing professionals.

It's also good for gaming, with expected 100 frames per second in many games at 1440p with RT and DLSS. In fact, NVIDIA has announced that many popular and mainstream gaming developers have committed to supporting RTX Spark with native games and frameworks so that there are no compatibility issues with the RTX Spark's Arm architecture.

While the first RTX Spark devices are expected to begin shipping in October, it's not yet clear which OEMs will be first out the gate. All major Windows hardware makers, including Dell, Lenovo, HP, ASUS, and Microsoft have all announced RTX Spark devices that are expected to ship by the end of this year. Devices like the Surface Laptop Ultra have not yet been given a release date, though Microsoft typically does aim to ship new Surface PCs in October.

We'll be sure to keep you updated on all the RTX Spark device availability as more information is revealed by OEMs. In the meantime, are you considering an RTX Spark device as your next Windows PC? Let us know in the comments!

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